European Journal of Entomology · 2009 · 12 citations · 20 references
Life SciencesEcologyEntomologyInsect EcologyInsect SystematicsInsect TaxonomyInsect BiogeographyInsect Colonization PatternsInsect EndemismInsect MonitoringInsect Population DynamicsInvasive Insect EcologyClimate Change ConnectivityLong-distance DispersalLong-distance Larval DispersalMoth Climate Change ImpactsVector-borne Dispersal
On October 2006, during an episode of abnormally warm weather, the African moth Cornifrons ulceratalis (Lederer, 1858) was captured simultaneously for the first time in several sites in north-eastern Spain, the Balearic Islands and southern France. A deep depression situated over the Atlantic at the time gave rise to warm south-westerly winds, accompanied by suspended dust, that blew towards the north-western Mediterranean Basin. Back trajectories of air masses at two different altitudinal levels indicate that the moths most probably originated from an area located in Morocco and northern Algeria, where C. ulceratalis can be extremely abundant. With winter approaching, this invasion of a typically non-migratory species into the north-western Mediterranean Basin provides a good example of the so-called "pied piper" phenomenon, by which wind-borne insects may be carried into areas unfavourable for survival or reproduction. However, because climate change may make the establishment of this and other African species more likely in the future, we suggest that monitoring of this process may become an essential issue in the coming years.
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Migration and dispersal of insects in flight
F. A. Urquhart, P. A. Glick · Agricultural Meteorology · 1970 · 945 citations
Life Sciences, Biology, Entomology +10
The Moths and Butterflies of Great Britain and Ireland
L. R. Taylor, John W. Heath, A M Emmet · Journal of Animal Ecology · 1980 · 345 citations
Life Sciences, Biology, Zoology +12